Eaton HMCP600L6 - 600 A, 600 V, 3-Pole Circuit Breaker | AmpState

Eaton HMCP600L6 is a 600 A, 600 V, 3-pole molded-case circuit breaker engineered to deliver dependable branch-circuit overcurrent and short-circuit protection in panelboards and load centers. Built for reliability in residential, commercial, and light industrial applications, this breaker combines compact design with robust protection to keep electrical systems running smoothly.

• Space-efficient molded-case design: A compact footprint that maximizes panel space without compromising protection or performance.
• Thermal-magnetic trip unit: Delivers stable, repeatable protection across a range of loads and ambient conditions.
• Three-pole configuration: Ideal for three-phase distribution, simplifying wiring and protection of large branch circuits.
• OEM-ready compatibility: Engineered to pair with matching Eaton OEM loadcenters and panelboards for straightforward installation and reliable fit.
• High-current protection: 600 A rating at up to 600 V makes it suitable for feeders and substantial circuit protection in diverse environments.

This breaker shines in applications such as protecting feeders to commercial lighting and power distribution, large motor circuits, and service panels in mixed-use facilities. It serves as a dependable main or branch-protection solution where space is at a premium and consistent trip performance matters.

Key specifications at a glance

• Manufacturer: Eaton
• Part Number: HMCP600L6
• Type: Thermal-magnetic molded case circuit breaker
• Amperage Rating: 600 A
• Voltage Rating: 600 V
• Number of Poles: 3
• Application: Branch circuit overcurrent and short-circuit protection

Designed for integration with OEM panelboards and loadcenters, the HMCP600L6 provides a reliable, long-term protection solution. Ensure compatibility with your panel configuration and follow applicable electrical codes during installation. Elevate your electrical distribution with this durable, high-capacity three-pole breaker from Eaton, available through AmpState.